Archive for October, 2017

Why the Right Lost Its Mind

October 31, 2017

“How the Right Lost Its Mind” is an important book by the conservative, Charles J. Sykes. He reviews the history of the political right from the John Birch Society through William F. Buckley up to Breitbart and Donald Trump. At one time Sykes was a respected conservative. No longer. George Will resigned from the Republican Party, and Ronald Reagan is probably thrashing about in his grave. Sykes reviews the history of the reasons for this change that includes the key individuals, organizations, and the revolutionary changes in technology. He provides a compelling account of the reasons for the insanity in which we are living. The purpose of this post is to provide some key parts of cognitive psychology to explain why such chaos has resulted.

To Sykes credit, he includes these concepts in the book. They are especially important here because they are also examples of what makes memories unhealthy. One is the Dunning-Kruger effect, which has been written about in this blog previously. Research has found that “people tend to hold overly favorable views of their abilities in many social and intellectual domains. And this is because people who are unskilled in the domain suffer a dual burden: not only do these people reach erroneous conclusions and make unfortunate choices, but their incompetence robs them of the ability to realize it.” Here is how Dunning explained in “Politico” why so many people seemed untroubled by Trump’s ignorance or gaffes. “Many voters, “especially those facing significant distress in their life, might like some of what they hear from Trump, but they do not know enough to hold him accountable for the serious gaffes he makes. They fail to recognize those gaffes as missteps.” He noted that the problem was not simply that voters were ignorant, “it is that they are often misinformed—their heads filled with false data, facts and theories that can lead to misguided conclusions held with tenacious confidence and extreme partisanship…”

Much has been written in this blog about Nobel Prize winning psychologist Daniel Kahneman’s Two Process Theory of Cognition. This theory was expanded upon in Kahneman’s best selling book, “Thinking Fast and Slow.”  System 1 is fast and is called intuition.  System 1 needs to be fast so we can process language and make the fast decisions we need to make everyday.  System 1 is also the seat of our emotions.  System 2 is called reasoning and corresponds loosely to what we mean by thinking.  System 2 requires mental effort and our attentional processes.

For new information, our default is accept. We would advance very slowly if we questioned everything we heard, everything we encountered. However, it is the role of System 2 processes to monitor System 1 to correct any errors. This can be illustrated by presenting statements to a participant and monitoring responses recorded from the brain. If the statement accords with the person’s beliefs, there is little activity. However, if the statement does not accord with a the person’s beliefs, there is a noticeable signal in the brain. At this point the person can either ignore the information or decide to think about it further. Remember that System 2 is called reasoning and corresponds loosely to what we mean by thinking. And remember that System 2 requires mental effort and our attentional processes.

So the answer to why are so many people willing to believe is that they believe fake news because they wanted to and because it was easy. Ideally we might assume that people want to seek out information that is true, but this is a basic misunderstanding of the human psyche, which feels more comfortable with familiar information or stories that confirm their biases. Kahneman refers to this as “cognitive ease,” the process by which we avoid and resist inconvenient facts that might make us have to think harder. It is much, much easier to bask in a flow of information that tells that we have been right all along and confirmed our view of the world. So many of these facts are so outlandish that it is hard to understand how they can possibly be believed. Cognitive ease is further confounded by the Dunning-Krueger Effect, as more and more false information simply increases the feeling that one truly knows and this can and does build into the construction of alternative (false) realities.

Social psychology also plays an important role here. Social psychologist Jonathan Haidt describes the power of tribalism in shaping our ideas. He wrote in “The Righteous Mind,” Once people join a political team they get ensnared in its moral matrix. They see confirmation of their grand narrative everywhere, and it’s difficult—perhaps impossible—to convince them that they are wrong if you argue with them outside the matrix. Political Scientist Don Kinder writes that political opinions become “badges of social membership.”

Serious Problems in the Criminal Justice System

October 28, 2017

If HM is ever charged with a criminal offense you will not hear him saying, “I am innocent and I have faith in our system of justice.” What you would hear him say is “I am innocent, but I have little to no confidence in the criminal justice system. I shall be retaining the best justice I can afford, so should I be exonerated, I will likely end up broke.”

The reason here is that the criminal justice system has severe problems with respect to both experimental design and human psychology. The first problem is the confound in the experimental design of a trial. There is a lawyer or legal team representing the prosecution, and a lawyer or legal team representing the defense. These two teams argue with respect to evidence and the law. But a major factor here is the quality of the lawyers. Of course a lawyer will be provided to the defendant if he cannot afford one. A problem here is that, even if public defenders are good lawyers, it is likely that they are woefully overworked. What they mainly do is negotiate plea bargains. And even if the defendant is innocent, he might not want to risk a more serious sentence if he does not plea bargain. A very large majority of criminal offenses are resolved through plea bargaining. Of course, the defendant can demand a trial and will be provided a lawyer. But the likely reality is that the lawyer is overworked and can put only a limited effort at providing a defense.

So if one can provide his own lawyer one should do so. But the quality of the defense is related to the cost of the defense. Criminals from organized crime can afford the best lawyers, and this often results in the lawyers getting the case dismissed on a legal technicality, or by raising a “reasonable doubt” in the jury’s mind. If HM ever ends up on a jury, he is likely to be held in contempt of court by the judge. The reason being that HM would insist on a definition of what a reasonable doubt is. Exactly how many guilty people should be allowed to go free, and how many innocent people people should we be willing to convict. “None” is not an acceptable response. There needs to be an acceptance that there is error in the system. A perfect system is unattainable. “Reasonable doubt” is a covering phrase to disguise the reality that innocent people can be convicted. But HM has never been, and probably never will serve, on a jury. Mind you that he has reported for jury duty and will continue to report for jury duty. However, once lawyers learn that he is a psychologist they will not want to seat him in a jury. They probably fear that he shall raise issues such as this one.

Another problem is the heavy weight provided on eyewitness testimony. Many have gone to their unjust deaths primarily on the basis of eyewitness testimony. People seem to think that seeing is believing, and are unaware what is involved in visual processing. The reality is that eyewitness testimony is highly unreliable and remains so even within an individuals ethnic group.

Another problem is that juries have more confidence when a testimony is well-given without any hesitations or caveats. Again the problem is that human memory is highly unreliable and vulnerable to suggestion. For a psychologist a well-presented testimony is suggests that the witness has been coached and that the coaching might have altered his memory.

Much more could be written on this topic, but this should be sufficient to justify the statement that HM has no faith in the justice system

Readers might want to review the website of the Innocence Project, They deal primarily, if not exclusively, with DNA evidence as that is the most reliable means of overturning a conviction. But by reviewing these cases one can get some feeling for the problem of wrongful convictions.

© Douglas Griffith and, 2017. Unauthorized use and/or duplication of this material without express and written permission from this blog’s author and/or owner is strictly prohibited. Excerpts and links may be used, provided that full and clear credit is given to Douglas Griffith and with appropriate and specific direction to the original content.

The Law is Medieval

October 25, 2017

This post is based on an article by Oliver Roeder on the FiveThirtyEight website on 17 Oct 2017 titled “The Supreme Court is Allergic to Math.”

In 1897, before he took his seat on the Supreme Court, Oliver Wendell Holmes delivered a famous speech at Boston University, advocating for empiricism over traditionalism: “For the rational study of the law…the man of the future is the man of statistics and the master of economics. It is revolting to have no better reason for a rule of law than that so it was laid down in the time of Henry IV.” HM believes that if Oliver Wendel Holmes were alive today, he would also argue for an understanding of psychology and cognitive science. Much has been learned about how and why we humans perceive, think, and act. Unfortunately there is a poor fit between this knowledge and the law because the law is medieval.

The article notes that this problem was on full display this month, when the Supreme Court heard arguments in a case that will determine the future of partisan gerrymandering. The issue here is how to measure a map’s partisan bias and to create a standard for when a gerrymandered map infringes on voters’ rights. A proposed measure is called the efficiency gap. To calculate it, you take the difference between each party’s waster votes for winning candidates beyond what the candidate needed to win—and divide that by the total number of votes case. The aim here is to measure the extent of partisan gerrymandering. Now a threshold needs to be established for deciding when gerrymandering is agreed upon, and that is a reasonable basis for argument. And other metrics can be proposed for measuring gerrymandering. But the only intelligent way of assessing gerrymandering is through a statistic. But apparently, this is too much for some justices mental capacities. HM is asking himself why the term feebleminded was recalled while reading this. This is no esoteric statistical technique. And, indeed, statistical measures provide the only supportable means of addressing this problem. Chief Justice John Roberts dismissed attempts to quantify partisan gerrymandering: “It may be simply my educational background, but I can only describe i as sociological gobbledygook.” To be fair to Chief Justice Roberts, the fault may well lie in the educational system. Previous healthy memory blog posts have argued for teaching some basic statistics before graduating from high school. One cannot be a responsible citizen without some basic understanding of statistics, much less someone deciding questions on the Supreme Court.

Another instance of judicial innumeracy was the Supreme Court’s decision on a Fourth Amendment case about federal searches and seizures. In his opinion Justice Potter Stewart discussed how no data existed showing that people in states that had stricter rules regarding admission of evidence obtained in an unlawful search were less likely to be subjected to these searches. He wrote, “Since as a practical matter, it is never easy to prove a negative, it is hardly likely that conclusive factual data could ever be assembled.

But as the author’s article, Oliver Roeder, wrote “This, however, is silly. It conflates two meanings of the word “negative.” Philosophically, sure, it’s difficult to prove that something does not exist: No matter how prevalent gray elephants are, their number alone can’t prove the nonexistence of polka-dotted elephants. Arithmetically, though, scientists, social and otherwise, demonstrate negatives—as in a decrease, or a difference in rate—all the time. There’s nothing special about these kinds of negatives. Some drug tends to lower blood pressure. The average lottery player will lose money. A certain voting requirement depresses turnout.

Ryan Enos, a political scientist at Harvard, calls this the “negative effect fallacy. This is just one example of an empirical misunderstanding that has proliferated like a tsunami through decades of judges’ thinking, affecting cases concerning “free speech, voting rights, and campaign finance.

Some are suspicious that this allergy to statistical evidence is really a more of a screen—a convenient way to make a decision based on ideology while couching it in terms of practicality. Daniel Hemel, who teaches law at the University of Chicago said: [Roberts] is very smart and so are the judges who would be adjudicating partisan gerrymandering claims—I’m sure he and they could wrap their minds around the math. The ‘gobbledygook’ argument seems to be masking whatever his real objection might be.’

Reluctantly, one comes to the conclusion that there is no objective truth in the law. The corpus of law can be regarded as a gigantic projective test, analogous to the Rorschach Test. Judges can look into the law and see in it what they want to see. Rarely is a decision unanimous. And frequently decisions break down along the strict constructionist philosophy. But the Constitution should be viewed as a changing and growing document as democracy advances. Strict constructionists feel compelled to project themselves back in time and interpret the words literally as written. HM wonders why they would want to go back to a time when slavery existed, women could not vote, and blacks were counted as fraction of a human being. As long as time travel is involved, why not try to think of what they would have been written in light of today’s knowledge. After all, today’s high school science student knows more science than Benjamin Franklin did, who was the most distinguished scientist of his day. And the disciplines of psychology, cognitive science, and inferential statistics did not exist.

© Douglas Griffith and, 2017. Unauthorized use and/or duplication of this material without express and written permission from this blog’s author and/or owner is strictly prohibited. Excerpts and links may be used, provided that full and clear credit is given to Douglas Griffith and with appropriate and specific direction to the original content.

The Mature Sports Fan

October 22, 2017

The baseball season is into the playoffs and many fans are disappointed in the performance of their teams. Sports writers and commentators are providing their analyses of what went wrong and what needs to be done to get better results next year. The objective of this post is to provide some perspective on this business.

Perhaps the most common complaint is that the players were insufficiently motivated, and they did not want it enough. Given that their livelihoods are at stake, it is doubtful that any fan is more motivated than the players on the field. Moreover, the problem can actually be that the players are too motivated. Motivation is what can be termed a “Goldilocks” variable. That is, the most effective level of motivation, is that it is not too low, or too high, but just right. So a moderate level of motivation is optimal. When the level becomes too high both mental and physical skills can lock up and produce poorer performance.

A 300 hitter is regarded as a good hitter in baseball. This would mean that the hitter is successful 30% of the time and a failure 70% of the time. So expectations of even the best players are modest. But fans tend to think that their good players come through in the clutch. Well, they come through only a minority of the time. Fans tend to remember the successes and forget the failures. A common remark made by announcers is that it is likely after making a good play in the field, the player will lead off the hitting order when he comes in from the field. Well, this happens one out of nine times. It is just that it is remembered when it happens, but overlooked when it does not.

Always remember that these players are human beings. Batters fail more often than they succeed and even the best pitchers have bad days. And it is also the case that a pitcher can pitch a phenomenal game, but make one bad pitch and the game is lost.

Returning to batting, scoring requires sequences of events, none of which are high probability. Even if a batter hits a home run, there is the question of how many runners are on base. The home run can have a value of from one to four. So runners need to get on base and the probability of any one runner getting on base is less than half.

So no matter how good a team is, there is a strong element of luck that determines whether a win will result. Then there need to be many wins and the values of these wins change in the post season.

Washington fans are disappointed as they were eliminated in the first post season series. They feel like they deserve better. Well, they do not and this loss is felt even more profoundly by the players.

So many Washington fans feel that they are cursed. Boston fans talked about the curse of the Bambino, and it was only last year that the Chicago Cubs won a World Series. Be assured that there are no curses. When people are asked to generate random numbers, they fail to generate long strings of particular numbers. What are perceived as curses are actually manifestations of the way that probability works.
It is painful to watch the faces of fans when they lose. They appear to be hurting and hurting badly. Fans live vicariously through their teams. They need to have their own lives. Do not live vicariously through your teams, get a life of your own.

For a healthy memory it is important to have interests and goals of one’s own. So actually participate in sports. Athletics are not required. Educational pursuits are praiseworthy. Hobbies that allow one to grow and develop skills and knowledge can be personally rewarding. Be an autodidact and learn how to teach yourself. You’ll find resources in the healthymemory blog to help you do so.

© Douglas Griffith and, 2017. Unauthorized use and/or duplication of this material without express and written permission from this blog’s author and/or owner is strictly prohibited. Excerpts and links may be used, provided that full and clear credit is given to Douglas Griffith and with appropriate and specific direction to the original content.

Going On a Hiatus

October 9, 2017

With over 1,000 posts, HM should not be missed.

Nevertheless, he shall return.

More Memory and Problem Solving Techniques

October 8, 2017

Part of this post is based on the book by Barbara Oakley, Ph.D. titled “A Mind for Numbers: How to Excel at Math and Science (Even If You Flunked Algebra).” It is difficult to learn and remember nonsensical material. So you need to look for meaning in what you’re trying to learn. Suppose you were trying to learn a list of words and you noticed that the words belonged to specific categories. When you recall the list you should group your recall by these categories. This makes meaningful chunks for you to remember. So rather than recalling a list of, say eighteen items, you would recall them by chunks, say six categories each of which included three items. Note that this chunking is effectively reducing the number of items to recall from eighteen to six.

Suppose the list consisted of eighteen unrelated words. Your recall strategy should still be to chunk the items into smaller groups. If you can’t find meaning you can simply rehearse the items in these chunks. Chunking effectively reduces the total number of items to be recalled.

You should note that there is an entire category of healthy memory posts called mnemonic techniques. These are specific techniques for making material more meaningful and easier to learn.

Remember the distinction between information that is available in memory and information that is accessible in memory. Information that is accessible in memory can be readily recalled. However, information can be available in memory but cannot be accessed at the moment.

When HM was in college and bought used books, they usually had sections highlighted in them. He wonder how these previous owners used this highlighting. If they just reread the highlighted material, they might fool themselves into thinking that they would remember the material for the test. It is quite possible that although this information was available in memory, the student might not have been able to access the material during testing. So even if the test is going to be multiple choice, you should force yourself to actively recall the material. And to increase your probability of success, actively recall the material many times.

HM never highlighted sections or made notes directly in the book. He would review the book, to assure himself that he was not missing anything, but would actively recall the material he thought would be on the test. Understand he was not memorizing verbatim the text, but rather the meaning and important points of the text.

HM made it through his entire education up to and including his Ph.D without ever pulling an all nighter for a test. All nighters make absolutely no sense. One needs to be alert and at one’s best when taking a test. Moreover, sleep is required for memories to consolidate. So sleep itself is required for test preparation.

Generally speaking cramming is a lousy technique. Research has shown the advantage of spaced over massed practice. So it is good to try to recall material at multiple intervals, with increased spacing between the intervals.

Here are Steps provided by Dr. Oakley for building a powerful chunk
1.  Work a key problem all the way through on paper.
2.  Do another repetition of the problem, paying attention to key processes
3.  Take a break. Study other aspects of the subject or simply do something different. You need to give yourself your diffuse mode (see the immediately preceding post) time to internalize the problem
4.  Sleep. Before you go to sleep, work the problem again. If you get stuck, listen to the problem. Let your subconscious tell you what to do next.
5.  Do another repetition.

Much of this book addresses procrastination. Now there is a ton of material on procrastination and will power in the healthy memory blog. Just enter those terms in the search block of the healthy memory blog.

As was already mentioned, the Mnemonic Techniques category has many posts on techniques and methods for improving memory. That same category also has posts on mindfulness and meditation, which are also techniques that should enhance focus which is essential to effective memory.

But as always, HM cannot do full justice to this book. So reading the original is always recommended.

© Douglas Griffith and, 2017. Unauthorized use and/or duplication of this material without express and written permission from this blog’s author and/or owner is strictly prohibited. Excerpts and links may be used, provided that full and clear credit is given to Douglas Griffith and with appropriate and specific direction to the original content.


Two Modes of Learning

October 7, 2017

This post is based on the book by Barbara Oakley, Ph.D. titled “A Mind for Numbers: How to Excel at Math and Science (Even If You Flunked Algebra).” Since the beginning of he twenty-first century, neuroscientists have been making important advances in understanding two different types of networks that the brain switches between. These are the highly attentive states and the more relaxed resting states. The thinking processes related to these two different modes are the focused mode and the diffuse mode. We frequently switch back and forth between these two modes in our day-to-day activities. We’re in either one mode or the other and are not consciously in both at the same time. The diffuse mode seems to be able to work quietly in the background on something we are not actively focusing on. The diffuse mode is the default mode when we are not actively focusing on something. When we are in the focused mode actively focusing on something we may also flicker for a moment to diffuse-mode thinking.

Focused-mode thinking is essential for studying math and science. It involves a direct approach to solving problems using rational, sequential, analytical approaches. The focused mode is associated with the concentrating abilities of the brain’s prefrontal cortex, which is located right behind our forehead. When we turn our attention to something the focused mode is on.

Diffuse-mode thinking is also essential for learning math and science. It is associated with “big-picture” perspectives and allows us to suddenly gain a new insight on a problem we’ve been struggling with. Diffuse-mode thinking is what happens when we relax our attention and let our mind wander. This relaxation can allow different areas of the brain to hook up and return valuable insights. The diffuse mode is “diffused” throughout the brain. Dr. Oakley writes that “Diffuse mode insights often flow from preliminary thinking that’s been done in the focused mode (The diffuse mode must have clay to make bricks.”)

Of course, to begin to solve a problem we need to focus on it. However, even early in problem solving switching to diffuse mode thinking might help in bringing additional thoughts to the problem. But then we need to focus on the problem to solve it. Sometimes the solution comes readily to mind, but sometimes the solution evades us as we continue to focus. When stuck, relax and switch to the diffuse mode. The problem solving process can involve many iterations between focused and diffused processing. Knowing when and how frequently to switch develop as our problem solving skills mature.

Sometimes problems cannot be solved during one sitting. Nevertheless, our brains keep working on the problem, and sometimes they suddenly pop into consciousness. This can happen long after you think you have given up on the problem. This is HM’s favorite type of problem solving and it’s called incubation. There are stories of mathematicians and scientists going years without being able to solve an important problem and it suddenly pops into mind.
However, it is important not to rely too heavily on incubation. Continue to return to the problem and try to solve it.

Focused problem solving in math and science is frequently more effortful that focused-mode thinking involving language and people. This is likely because humans have not involved over the millennia to manipulate mathematical ideas, which are usually more abstractly encrypted than those of conventional language. Dr Oakley writes “Obviously we can still think about math and science—it’s just that abstractness adds a level—sometime a number of levels—of complexity.

Dr. Oakley also warns of the Einstellung effect. Here an idea you already have in mind, or your simple initial thought, prevents a better idea or solution from being found. She writes that the Einstellung effect is a frequent stumbling block for students. She continues, “This is precisely why one significant mistake students sometime make in learning math and science is jumping into the water before they learn to swim. …they blindly start working on homework without reading the textbook, attending lectures, viewing online lessons, or speaking with someone knowledgeable. This is a recipe for sinking.”

© Douglas Griffith and, 2017. Unauthorized use and/or duplication of this material without express and written permission from this blog’s author and/or owner is strictly prohibited. Excerpts and links may be used, provided that full and clear credit is given to Douglas Griffith and with appropriate and specific direction to the original content.

How to Excel at Learning

October 6, 2017

This post is based on another book by Barbara Oakley, Ph.D. titled “A Mind for Numbers: How to Excel at Math and Science (Even If You Flunked Algebra).”  Note that the title of this post is different from the title of the book, the reasoning being that this book provides excellent material for learning in general—not just for math and science.

The immediately preceding posts were based on another book by Dr. Oakley, “Mindshift.” After she graduated from high school she enlisted in the army because they would actually pay her to learn another language. She did so well studying Russian that she won an ROTC scholarship. She graduated with honors and found herself commissioned as a second lieutenant in the U.S. Army Signal Corps. She was suddenly expected to become an expert in radio, cable, and telephone switching systems. She went from being on top of the world as an expert linguist, to being thrown into a new technological world where she was as stunted as a stump.

She was made to enroll in mathematically oriented electronics training where she finished at the bottom of the class, and was then sent off to West Germany, where she said she became a pitiable communications platoon leader. She saw that officers and enlisted members who were technically competent were in demand.

She didn’t see a future for herself in the army, but neither did she see much of a future as someone with a degree in Slavic languages and literature. She used the GI Bill to retrain her brain and learn math and science. She writes that it wasn’t easy and that the first semesters were filled with frightening frustration. She writes that she felt like she was wearing a blindfold.

Eventually she began to catch on. She found that part of her original problem was she had been putting her effort forth in the wrong way—like trying to lift a piece of lumber while standing on it. She began to pick up little tricks about not only how to study but also when to quit. She learned that internalizing certain concepts and techniques could be a powerful tool. She also learned not to take in too much at once, and allowed herself plenty of time to practice even if it meant that her classmates would sometime graduate ahead of her because she wasn’t taking as many courses each semester as they were.

She found that as she gradually learned how to learn math and science, things became easier, and just as with studying language, the better she got, the more she enjoyed what she was doing. She went on to earn a bachelor’s degree in electrical engineering and then a master’s in electrical and computer engineering. Eventually she earned a doctorate in systems engineering, with a broad background that included thermodynamics, electromagnetic, acoustics, and physical chemistry. The higher she went, the better she did.

As was mentioned in the first paragraph, this book is for anyone who wants to learn more effectively. Students find that they can do okay in other subjects, but they run into trouble when they hit math and science. Actually, they have poor methods of studying, but they manage to get by without realizing that their studying is deficient until the encounter math and science. Nevertheless, the methods presented in this book will increase learning efficiency regardless the topic.

© Douglas Griffith and, 2017. Unauthorized use and/or duplication of this material without express and written permission from this blog’s author and/or owner is strictly prohibited. Excerpts and links may be used, provided that full and clear credit is given to Douglas Griffith and with appropriate and specific direction to the original content.

Mindshift Resources

October 5, 2017

This post provides information on resources for mindshifts. Although this post focuses on massive online open courses (MOOCs), mindshifts can be accomplished from many sources. However, MOOCs are a new high tech means of learning. Some MOOCs are free, even from first rate universities, and some MOOCs require payment. Usually to get college credits payments are required. However, autodidacts do not necessarily want or desire college credits. There is a website by Laura Pickard who writes, “I started the No-Pay MBA website as a way of documenting my studies, keeping myself accountable, and providing a resource for other aspiring business students. The resources on this site are for anyone seeking a world-class business education using the free and low-cost tools of the internet.  I hope you find them useful!” She explains how she got an business education equivalent to an MBA for less than1/100th the cost of a traditional MBA. lists free online courses from the best universities. She also list the best 50 MOOCs of all time. This is a good resource for learning about MOOCs.

Here are some notes on additional resources provided in Mindshift.

Coursera: This is the largest MOOC provider. It has courses on many different subjects and in many different languages. It also offers an MBA and data science master’s degree and offers “specializations”—clusters of MOOCs.

edX: Has a large number of courses on many different subjects and in in many different languages. Offers “MicroMasters”—cluster of MOOCs.

FutureLearn: Has a large number of courses on many different subjects and languages, particularly, but not exclusively from British universities. Offers “Programs”—clusters of MOOCs.

Khan Academy: Offers tutorial videos on a large number of subjects, from history to statistics. The site is multilingual and uses gasification.

Kadenze: Special focus on art and creative technology.

Canvas Network: Designed to give professors an opportunity to give their online classes a wider audience. Has a large number of courses on many different subjcts.

Open Education by Blackboard: Similar to Canvass Network.

World Science U: A platform designed to use great visuals to communicate ideas in science.

Instructables: Provides user-created and -uploaded do-it-yourself projects which are rated by other users.

You can find the author’s MOOC, “Learning How to Learn” on




October 4, 2017

“Mindshift” is outstanding book by Barbara Oakley, Ph.D. The subtitle is “Break Through Obstacles to Learning and Discover Your Hidden Potential.” Growth mindsets are a central theme of the healthymemory blog. Basically, a mindshift is a shift in the focus of a growth mindset.

This concept of mindshift assumes special importance in today’s world, where workers fear being replaced by robots, and in the changing nature of jobs and the need to update skills for jobs.

Dr. Oakley has an interesting and relevant life story. Her father was in the military and she moved constantly doing her childhood. Her father wanted her to attend college and study math and science. Unfortunately, the only thing she was certain about was that she did not like math and science and did not think that she had any aptitude in math and science. However, she did like studying languages so she began studying French and German. At the time there were no available college loans so she enlisted in the military where she could get paid to study a language. So she studied Russian and learned the language.

When she got out of the army, she could not find any interest in her Russian skills. The jobs were in engineering and science and required advanced mathematical skills. So she moved into a new area for which she thought she had no aptitude. However, she found through diligent work that she was able to learn these subjects, and as she became proficient in these subjects, she found that she enjoyed them. So today she is a professor of engineering, firmly planted in the world of math and science. Along with Terrence Sejnowski, the Francis Crick Professor at the Salk Institute, she teaches the most popular online course in the world—“Learning How to Learn”—for Coursera/UC San Diego.

She writes that a “mindshift” is a deep change in life that occurs thanks to learning, and that is what this book is about. She relates true and inspirational stories of how people change themselves through learning—and who bring seemingly obsolete extraneous knowledge with them that has enabled our world to grown in fantastically creative and uplifting ways.

Diverse examples are provided. Some mindshifts were motivated by necessity. In others, successful people changed their mindsets to pursue new interests and different directions. Readers will be inspired by these examples and by what we know from science of learning to help us grow to achieve our fullest potential.

A recurring theme in the healthymemory blog is to have a growth mindset and to continue to learn to the end of our lives. MIndshift provides additional means for pursuing this end. Not only are instructions on learning how to learn discussed, but available resources for growth mindsets and mindshifts are provided.


© Douglas Griffith and, 2017. Unauthorized use and/or duplication of this material without express and written permission from this blog’s author and/or owner is strictly prohibited. Excerpts and links may be used, provided that full and clear credit is given to Douglas Griffith and with appropriate and specific direction to the original content.


Ikigai Fosters Healthy Aging

October 3, 2017

This post is based on an article by Judith Graham in the Health Section of the 26 September 2017 issue of the Washington Post titled “Healthy Aging.” Ikigai is a topic that has been addressed in many healthy memory blog posts. It is a Japanese word meaning to have a purpose in life.

Ms. Graham writes, “Over the past two decades dozens of studies have shown that seniors with a sense of purpose in life are less likely to develop Alzheimer’s disease, mild cognitive impairment, disabilities, heart attacks or strokes, and more likely to live longer than people without this kind of underlying motivation. “

The article continues by summarizing a report in JAMA Psychiatry that older adults with a solid sense of purpose tend to retain strong hand grips and walking speeds, which are key indicators of how rapidly people are aging. Seniors with a sense of purpose may be more physically active and take better care of their health. Patrick Hill, an assistant professor of psychology and brain sciences at Washington University in St. Louis says, “Purposeful individuals tend to be less reactive to stressors and more engaged, generally, in their daily lives, which can promote cognitive and physical health.”

Now the question becomes how to achieve ikigai. Obviously taking care of a loved one qualifies. Doing important volunteer is another. And we can create our own sources of ikigai. If there are any degrees that need to be completed, they can be completed. Or you can start work on a new degree. A formal education system is not needed. Goals can consist of learning new bodies of knowledge using the internet and the public library. This healthy memory blog is a source of ikigai for HM.

Ikigai is important for everyone, not just the aging. The healthy memory blog post “Loneliness” discussed the problem of loneliness among the young and means of dealing with it. One means was to find a project you can be devoted to can achieve ikigai to the point that you’ll no longer feel lonely.

This what Steve Cole at UCLA writes about loneliness, “finding a sense of purpose and meaning in life can overcome the negative effects of loneliness. If you think of lonely people as having a world view of threat and hostility, this study suggests that you can attack this underlying psychology by becoming engaged in help others, trying to make the world a better place. I’m kind of excited about that as an obliques attack on loneliness.” All of this fits in with with the work of Victor J. Stretcher, which he describes in his book, “Life on Purpose: How Living for What Matters Changes Everything.” There have been many healthy memory posts based on this book.

© Douglas Griffith and, 2017. Unauthorized use and/or duplication of this material without express and written permission from this blog’s author and/or owner is strictly prohibited. Excerpts and links may be used, provided that full and clear credit is given to Douglas Griffith and with appropriate and specific direction to the original content.

Walking to Work or Doing the Vacuuming Can Extend Your Life

October 2, 2017

The title of this post is identical to the title of an In Brief News piece in the 30 September 2017 issue of the New Scientist. One in 12 early deaths could be prevented with 30 minutes of physical activity, five days a week. And you don’t need to be sweating in a gym. Walking to work and household chores also count. So concludes the world’s largest study of physical activity, which analyzed data from more than 130,000 people in 17 countries. The study lasted seven years and participants were followed-up at least twice over the this period to record information about cardiovascular disease and death.

Scott Lear of McMaster University in Hamilton, Canada and his colleagues found that 150 minutes of activity per week week reduced the risk of early death by 28% and rates of heart disease by a fifth.

If these goals were met, 8% of early deaths over seven years would be prevented (The Lancet, James Rudd at the University of Cambridge says, “Exercise truly is the best medicine for reducing the odds of an early death.”

HM fears he sees too many people exercising too hard. He was gladdened by this study as he follows the philosophy of famed pitcher Satchel Paige who said that he liked to get the juices jangling.

Also see the healthy memory blog post “To Improve Your Memory, Build Your Hippocampus.” Walking for 40 minutes three times a week increased the volume of that memory important organ, the hippocampus. This also increased serum Brain-derived neurotrophic factor (BDNF), which helps support the survival of existing neurons and encourages the growth and differentiation of new neurons and synapses.


© Douglas Griffith and, 2017. Unauthorized use and/or duplication of this material without express and written permission from this blog’s author and/or owner is strictly prohibited. Excerpts and links may be used, provided that full and clear credit is given to Douglas Griffith and with appropriate and specific direction to the original content.

Progress in Developing a Way to Diagnose CTE

October 1, 2017

Much of this post is based on an article by Rick Maese titled “Breakthrough may lead to ability to diagnose CTE in living football players in the Sports section of the 27 September 2017 issue of the Washington Post.

There have been many previous posts, including the immediately preceding one, on Chronic Traumatic Encephalopathy (CTE). A new study published in the journal PLOS ONE by researchers from Boston University and the VA Boston Healthcare System studied the brains of 23 former football players who were diagnosed with CTE, in addition to those of 50 non-athletes who suffered from Alzheimer’s disease and 18 non-athlete controls. They found significantly elevated levels of a protein related to inflammation called CCL11 in the group of ex-players compared with non-athletes. Dr. Ann McKee, the neuropathologist credited with some of the most high-profile CTE diagnoses was encouraged but cautioned that more research is needed. Until this discovery the diagnosis needed to be performed on cadavers. Now the diagnosis can be made on the living. The hope is that research into the prevention and treatment of the disease can begin to move forward.

Let us indulge in the fantasy that CTE can be cured and consider what the ramifications of that might be. The NFL might be encouraged to continue playing the game as it is currently played and treat players who developed CTE. Their fear is that changing the game could reduce fans and revenues.

But for everyone else, the basic problem would remain. The immediately preceding post discussed children. Why we would ever consider putting them at risk? The same goes for players in secondary schools. Then there is the college game. The college game is also concerned with revenues. It is ironic that institutions whose goal is to foster the development of brains and minds engages in activities the puts the brain and mind at risk. However, one gets the impression that at some schools the brain and mind might well take second place to football. At the University of Alabama, for example, the outside linebacker coach earns more than the president of the university.

The immediately preceding post suggested that the game could be modified to reduce or eliminate head injuries. Football is a fast game that can involve sophisticated offenses and defenses. It seems that the game could be changed so that these features could be maintained and head injuries severely reduced if not eliminated by reducing the hits and the violence. These changes could also reduce the need for linemen to increase their weights to over 300 pounds to be eligible for athletic scholarships. As the number of colleges who actually realize substantial profits for the game is fairly small, this could be the route to go. And perhaps HM is too pessimistic in thinking that it is the violence that has the basic appeal and that professional football could also change.

Much hope is being placed in equipment changes. Unfortunately, in the past this seems to have encouraged harder hitting rather than safer play.
© Douglas Griffith and, 2017. Unauthorized use and/or duplication of this material without express and written permission from this blog’s author and/or owner is strictly prohibited. Excerpts and links may be used, provided that full and clear credit is given to Douglas Griffith and with appropriate and specific direction to the original content.